We started in wetlands, not boardrooms

How this work began

In 2011, a small team of ecologists was contracted to assess a degraded floodplain in Somerset. The site had been agricultural for generations. The soil was compacted. Native species were nearly absent. The client wanted a report confirming restoration wasn't viable.

Instead, we found remnant seed banks. Hydrological patterns that could be restored without major infrastructure. Evidence that the site could support significantly higher biodiversity within five years if properly managed.

We wrote the report. The client declined to move forward. So we negotiated a lease, secured funding, and did the restoration ourselves. That site now hosts 43 bird species and serves as a model for similar projects across the region.

The team today

We're fifteen people. Seven field ecologists with advanced degrees in soil science, botany, or wildlife biology. Three project managers who coordinate long-term monitoring. Two GIS specialists who handle spatial analysis and mapping. A restoration crew of three who implement designs.

Everyone spends time in the field. The person who designs your restoration plan will also visit during implementation and monitor outcomes. We don't hand off projects between departments.

Our approach to ecological work

We prioritize below-ground systems. Healthy soil biology drives everything above the surface. Before planting anything, we assess mycorrhizal networks, bacterial communities, and soil structure. Many failed restoration projects skip this step.

We source seeds and plants locally whenever possible. Genetic diversity matters. A site planted with nursery stock from distant regions may look healthy but lacks the adaptive capacity to handle local conditions long-term.

We build monitoring into every project. Not just first-year establishment checks, but multi-year data collection that tracks biodiversity, soil health, and ecosystem function. This data informs how we approach future projects.

Why we focus on the UK

British ecosystems face distinct challenges. Agricultural intensification reshaped landscapes more dramatically here than in most of Europe. We've lost more hedgerows, more ancient woodland, more species-rich grassland.

But that also means restoration potential is enormous. Even small interventions can produce measurable biodiversity gains. The species are still here, in diminished populations. They respond quickly when conditions improve.

We understand UK soil types, rainfall patterns, native species assemblages, and regulatory requirements. That local knowledge matters when designing resilient restoration projects.

What drives our work

Ecological decline isn't abstract. It shows up as reduced crop yields when pollinator populations collapse. As increased flooding when wetlands disappear. As rising costs for water treatment when natural filtration systems degrade.

Restoration addresses these problems directly. It's infrastructure that compounds in value over time rather than depreciating. A restored wetland gets better at filtering water as it matures. A mature hedgerow supports exponentially more species than a newly planted one.

We're motivated by results. Documented increases in species diversity. Measurable improvements in soil health. Ecosystems that require less intervention each year because they're regaining stability.

If you're considering restoration work

Start with assessment. Understanding current conditions and realistic potential prevents wasted effort. Many landowners attempt restoration based on outdated guidance or assumptions that don't match site-specific conditions.

Commit to multi-year timelines. Meaningful ecological change requires patience. First-year results are misleading. True indicators of success appear in years two through five as ecosystems stabilize and diversity increases.

Plan for adaptive management. No restoration unfolds exactly as designed. Successful projects adjust strategies based on what actually happens rather than rigidly following initial plans.